WIRELESS LAN Count on Motorola's comprehensive enterprise Wireless LAN line for all your mobility needs.
Whether you have a single office or a worldwide network, you can stay mobile and connected with Motorola's family of award-winning Wireless LAN products.
Air Defense
Private Broadband Network (PBN)
Wireless Switches
Access Points
Bridges & Adapters
General Wireless Resources
WLAN for Civil and Military Agencies
WLAN in Education
WiNG 5
Comprehensive Intrusion Protection
Motorola AirDefense EnterpriseTM is the most powerful Wireless Intrusion Prevention System (IPS) available.The AirDefense Enterprise solution provides complete protection against wireless threats, policy compliance monitoring, robust performance monitoring and troubleshooting, and location tracking in an appliance that can scale to meet the largest global organizations' needs. Motorola AirDefense Solutions use collaborative intelligence with secure sensors that work in tandem with a hardened purpose-built server appliance to monitor all 802.11 (a/b/g) wireless traffic in real-time for the highest level of security, rogue mitigation and policy enforcement.This next-generation wireless protection platform offers the industry's most extensive event library, with more than 200 security and performance events.
Motorola AirDefense MobileTM is a complementary solution to the Motorola AirDefense Enterprise monitoring platform, giving enterprises a Motorola AirDefense-powered mobile product to perform a real-time snapshot of all WLAN infrastructure and activity (802.11 a/b/g). This must-have tool provides wireless device inventory, threat index analysis, location tracking, advanced rogue management and automated protection. Running on a Windows XP or 2000 platform, AirDefense Mobile installs on any laptop with an Atheros-based 802.11 a/b/g wireless card, such as Netgear (WAG511) or Cisco (CB21AG). With over 175 alarms, AirDefense Mobile provides the most advanced security in the market today. AirDefense Mobile also provides diagnostic tools and signal interference measurements for network troubleshooting thereby ensuring the health of the wireless LAN.
Private Broadband Networks NEW Motorola's Private Broadband Networks deliver long-range Ethernet and PoE power to remote or commerical sites as well as high speed wireless Internet access for hotel guests. The solution includes XLT-400 Long Range Ethernet witches, XLP-7000 Long Range PoE Switches, XLP-6800 PowerBroadband System and the T3 PowerBroadband System with M2 Ethernet nd MC-802 wireless wallplates.
The XLT-400 is ideal for Ethernet over copper applications in cities, across enterprise campuses and for extended LANs. Programmable band-plans and an advanced link algorithm offer up to 75 Mbps symmetrical bandwidth and distances up to 10,000 feet, providing reliability and performance in challenging wire environments. Proactive performance monitoring and multipoint networking ensure the highest levels of reliability.
Using the XLP-7000, network architects can deploy PoE devices in any service location: network security cameras, wireless access points, access control systems, or VoIP telephony. Motorola XLP-7000 operates over a single pair of telephone grade UTP wire, managing the delivery of power and IP connectivity up to 5,000 feet (1500 meters). Automatic fault protection and power monitoring ensure a reliable, safe, and efficient network infrastructure.
The XLP-6800 system combines power and IP connectivity at distances up to and beyond 10,000 feet (3 km) using existing or new copper UTP wire. Innovative transmission techniques result in fiber-like transmission quality and performance with unprecedented long-distance bandwidth up to 60 Mbps.
Automatic fault protection and power monitoring ensure reliable delivery of essential power and data/video to and from remote locations. Operators in diverse enterprises can now deploy any PoE devices in any service location for network security cameras, wireless access points, RFID scanners or controlled access systems
The T3 PowerBroadband System uses existing phone wires in hotels and other multi-dwelling properties to deliver high speed Internet access and other broadband services such as IPTV and VoIP to guests, tenants, students or patients. The system increases wireless coverage by deploying multiple low-powered wireless cells in MDUs such as hotels and hospitals. Service providers can install MC-802 Wallplates in hotel guestrooms where backhaul wiring is already located, saving up to 80% on installation cost.
MC802 Wireless Wallplates can be installed over any telephone jack using only a single pair of wire for backhaul. The T3 PowerBroadband System delivers high speed lines rates, up to 75Mbps, to support current and future networks. Designed specifically for enterprise hospitality networks, the T3 system is useful in any high density MDU environment, using the existing telephone wires to deliver Ethernet or 802.11 wireless networks.
Centralize the intelligence in wireless networks for unmatched functionality, security, performance and manageability.
Customizing a network solution for branch offices has never been so easy. As a part of Motorola's SMART Branch portfolio, the RFS4000 series enables organizations with virtually any technical situation to have home office quality wired and wireless services. Motorola's standard platform makes deployment trouble-free, and the built-in service eliminates the need for on-site IT support, making the RFS4000 the low cost, low maintenance branch network solution.
The RFS4000 is both feature-rich and flexible. It can provide the foundation upon which organizations build custom solutions that meet their networking needs and can be expanded upon as business grows. While the RFS4000 series offers built in applications such as locationing for Wi-Fi and RFID, hotspot and VoWLAN/video services, it is also available with an integrated dual radio dual band 802.11n access point that features extensive coverage and performance - meeting all the needs of SME/ SMB.
The Wi-NG operating system creates a common platform for voice, video, data, and multiple RF technologies that allows for easy additions of custom applications and hardware such as an integrated customizable Secure Guest Access application with distributed or centralized authentication that enables a branch network to offer hotspot services for guests.
The RFS7000 delivers unmatched performance, security, resiliency, scalability and manageability for the large wireless enterprise/campus/warehouse, providing a single platform capable of delivering carrier-grade wireless voice and data for 8,000-96,000 users. Motorola's Wireless Next Generation (Wi-NG) architecture improves operational efficiency and reduces the cost of mobility with a powerful comprehensive feature set that includes Adaptive AP, SMART RF and Wired/Wireless Firewall for Wi-Fi, RFID locationing, providing gap-free layered security, and unmatched reliability for 802.11n with Mesh, centralized management and more - best ROI and lowest TCO
The RFS6000 Wireless LAN Switch provides a single platform capable of delivering carrier-grade wireless voice and data inside and outside the enterprise for medium to large organizations with 2,000-20,000 users. Improve operational efficiency and reduce the cost of mobility with a powerful comprehensive feature set including Adaptive AP, which delivers unmatched performance, security, reliability and scalability to enable networks for business mobility at a low TCO. Built on Motorola's Wireless Next Generation (Wi-NG) architecture, the RFS6000 supports Wi-Fi, RFID, seamless roaming, next-generation self-healing, 3G/4G wireless broadband backhaul, gap-free layered security, rich locationing services, 802.11n with Mesh, centralized management and more.
As the latest addition to Motorola's wireless portfolio, the AP-7181 expands on existing technology standards. The AP-7181 features 2.4 GHz and 5.x GHz radios that support 3x3 MIMO (Multiple Input Multiple Output) technology reaching a maximum data rate of 300 Mbps. Motorola's high performance radios coupled with 40MHz channel widths allow the AP-7181 to be a key component in the most robust installations available. Routing processes are maximized by Motorola's MeshConnexTM Software which provides efficient routing, low latency, low routing overhead, high-speed handoffs and proven scalability. Also, the unit's design makes installation on buildings, roof tops and light poles simple. These technologies, combined with the ease of use of Motorola products such as the AP-7131 indoor access point, create the industry leading solution for continuous coverage throughout a campus or an entire city.
The AP650 is a thin (dependent) multipurpose access point that derives its intelligence from an RFS switch/controller, so installation is plug-and-play for optimal service in new wireless WLANs. Part of the SMART Branch portfolio, the AP650 is designed to work on a common platform for trouble free operation, reliable service and immediate off-site tech support, providing an invaluable component for managing wireless installations at multiple branch locations.
The tri-radio 802.11a/b/g/n AP-7131 offers an unparalleled combination of features that re-define the standard for access points, delivering the throughput, coverage and resiliency required to replace the wired network. The tri-radio modular design provides simultaneous support for high-speed wireless voice and data services, mesh networking and non-RF services such as sensor functionality, WiMAX and cellular backhaul. The fully DFS compliant device offers 802.11n speeds, the ability to function as either as a stand-alone access point or as a client of a Motorola wireless switch and an elegant industrial design to enable deployment from the warehouse to the front lobby.
The AP-5131 delivers convenient, flexible, scalable and cost-effective enterprise-level wired and wireless networking for a variety of business applications.
Simple to deploy, this all-in-one solution offers 802.11a/b/g wireless networking flexibility, the latest wired and wireless security standards, and the speed required to support the most demanding applications - including voice and video. The AP-5131 has been engineered for rugged durability in nearly any environment, while being easy to manage either locally or remotely, making it the ideal total networking solution for both smaller and difficult-to-cable locations.
Provide employees with network access - even in harsh environments - with the Motorola AP-5181 access point. Designed for outdoor use, the AP-5181 delivers enterprise-class wireless networking to outdoor facilities, such as processing plants and ship yards.
Use the AP-5181's wireless mesh feature to connect two wired networks or to create a complex multi-node, multi-link network. Either way, the AP-5181 offers a simple way to extend the network to outdoor or remote locations - without the expense of installing additional cable or fiber.
The CB3000 Client Bridge provides affordable and reliable wireless connectivity for Ethernet devices that do not have a PC or PCI card slot.
The CB3000 makes it possible to connect everything from printers, scales and medical equipment, to manufacturing machinery, bar code readers, time clocks, cash registers and other data collection devices via an RJ-45 port. This cost-efficient connection point can support up to 16 wireless clients via an Ethernet hub, while advanced security capabilities protect your customers' traffic from being deciphered and their networks from unauthorized access.
Designed for smaller sites with fewer than six access points, the 802.3af Single Port Power Injector is easy to use and manage, and easily integrates with current wireless LAN infrastructure. This device provides smaller offices with a cost-effective way to power a single access port, allowing Power-over-Ethernet functionality to be purchased as required. The need to purchase expensive and more complex hubs with unneeded capacity is eliminated.
The 802.3af Single Port Power Injector provides cost-effective power for Motorola's family of Access Ports without the need - or associated expense - for cabling and power outlets.
Common Criteria Evaluation Assurance Level 4 (EAL4) and
FIPS 140-2 Level 2 compliance for secure end-to-end wireless
Motorola's comprehensive wireless LAN (WLAN) portfolio offers everything required to enable
seamless and secure real-time voice and data in Federal government agencies. Our standards-basedsolutions are packed with innovative Motorola-only features and functionality that set the bar for securewireless LANs. Support for 802.11n allows the delivery of reliable high-speed wireless voice, video anddata. And only Motorola can enable the indoor and outdoor coverage required to extend your networkwherever it is required - throughout large administrative campuses, shipyards, military bases andhospitals to Forward Operating Bases. As a result, on-the-move personnel remain connected to theinformation and tools required to take immediate action, every minute of they day.When you choose a Motorola wireless LAN, you can expect:
Best-in-class wireless LAN hardware packed with innovative Motorola-unique features
Built on Motorola's Wireless Next Generation (Wi-NG) architecture, our wireless switches provide a single integratedfuture-proof WLAN communication platform that delivers secure and reliable voice, video and data as well as supportfor multiple RF technologies. Fully-featured adaptive mesh access points (APs) offer: a combination of secure wired andwireless networking infrastructure; two modes of operation - as a standalone access point or adopted by a wireless
switch for centralized remote management; and the intelligence to adapt to the ever-changing RF environment, ensuringuninterrupted toll-quality access without intensive IT monitoring. Our band-unlocked AP-7131 access point provides atrue wired network replacement, offering simultaneous support for client voice and data services, mesh networkingand/or dedicated wireless intrusion protection system (IPS) sensing for around-the-clock security. Finally, our secure andresilient end-to-end WLANs offer a unique clustering architecture with 1:N redundancy, advanced self healing and remotetroubleshooting capabilities, delivering the unparalleled network reliability that your agency requires
.
Gap-free security to protect the most sensitive data
Motorola's innovative security features enable mobility in civil and military agencies. Your wireless infrastructure is assecure as your wired infrastructure - which FIPS 140-2 and Common Criteria EAL4 validations provide. Features includean integrated role-based wired and wireless firewall capable of stopping attacks at Layer 2 and Layer 3, a AAA RadiusServer for identity-based access, an integrated Virtual Private Network (VPN) and robust 802.1X authentication and WPA2-
CCMP (AES encryption). Our best-in-class AirDefense Wireless Intrusion Prevention System (IPS) provides true wirelesspeace of mind by enabling instant detection of any network attacks and the ability to instantly locate and eliminaterogue devices before data is compromised. And Spectrum Analysis enables the automatic detection of RF interference,allowing administrators to take action before network performance is affected.
Best return on investment (ROI) and lowest total cost of ownership (TCO)
Motorola wireless networks not only lead the market in security, performance and features, they also require far lesscapital and day-to-day operational costs for an exceptional return on investment. Multi-function wireless switches andaccess points substantially reduce infrastructure requirements, offering a greener and more cost-effective approachto wireless networking. Our standard feature set includes advanced functionality, such as mesh, high-availability and
clustering as well as locationing - features that are often optional on competitive products. There are no access pointor feature licenses - so when you buy our products, you have the right to use all the integrated functionality. Andpowerful management solutions are built on a common platform, enabling the creation of a complete single commandcenter that provides secure end-to-end control over virtually every aspect of your mobility solution - from WLAN
and wireless broadband infrastructure to your mobile devices and the applications and data resident on those devices- maximizing system performance while driving TCO to a new low.
In the future K-12 world, we'll be maximizing the use of innovative e-learning applications like streaming video, collaborative learning environments and learning management systems. We'll be well on the way toward full 1:1 computing classrooms. We'll be using online assessment as a matter of course. Most important, we'll be teaching and motivating students more personally and more successfully.
We'll be accomplishing all this through the increased use of technology, including powerful communication devices - laptops, netbooks, mobile devices, tablet computers and more. In many cases, these will be a mix of school-supplied equipment and personal student devices. All of us, including students, teachers and administrators, will be using these devices inside and outside the classroom, and within and beyond school buildings and premises. Making it all possible will be "always-on-everywhere" learning environments enabled by the expanded use of high-speed wireless technologies.
BEYOND E-LEARNING
Of course, in the K-12 environment, educators and administrators will be using wireless broadband for much more than e-learning. We'll be enhancing the safety of our students, teachers and employees with real-time communications and video surveillance solutions in buildings and on campus. To further increase safety, we'll be tracking our students whereabouts at school and in transit on school buses. We'll also be using our networks to increase operational efficiency by improving administrative, maintenance and security productivity. Equally important, we'll be reducing costs through increased efficiencies and lower total cost of ownership (TCO).
ENTER THE FUTURE TODAY
But as we look at the education technology-driven future, we are also looking at some enormous challenges confronting K-12 educators and administrators. This kind of change doesn't happen by itself and it doesn't happen overnight. As the global leader in wireless technology and innovation, Motorola offers the education community the technology and networking expertise that help K-12 schools and districts begin entering the future today... which is not a moment too soon.
What are some of the most common uses for wireless broadband in future K-12 environments? It's certain that they'll include a number of innovative technology solutions that will be crucial for a large majority of K-12 schools and districts.
"Learning can no longer be confined to the years we spend in school or the hours we spend in the classroom: It must be life-long, life-wide, and available on demand."
BRANSFORD ET AL., 2006*
Bransford, J. D., Barron, B., Pea, R., Meltzoff, A., Kuhl, P., Bell, P., Stevens, R., Schwartz, D., Vye, N., Reeves, B., Roschelle, J., & Sabelli, N. (2006). Foundations and opportunities for an interdisciplinary science of learning. In K. Sawyer (ed.), Cambridge handbook of the learning sciences (pp. 19-34). New York: Cambridge University Press.
WiNG 5 WLAN Solutions Getting ready for a New Wireless Era
Wireless data usage in consumer space is rising dramatically and driving user-led demand for more wireless applications in the workplace as well. At the same time, cloud computing, deployment of 802.11n networks and the push for greater mobility are enabling those applications, thereby feeding the same trend.
Yet a sharp increase in wireless client traffic places a big burden on the wireless controllers and wired transport network in today's typical network architecture - a burden it may not be able to handle. Making matters worse, many of the new applications include latency-sensitive VoIP and bandwidth-hungry video streaming.
We've got the answer: WiNG 5 WLAN solutions. Our WLAN team led the industry-wide evolution from stand-alone access points to centralized hub and spoke wireless networks, placing ntelligence in the wireless controller. Now Motorola innovated a paradigm shift to address the needs of a new wireless era. WiNG 5 WLAN distributes intelligence throughout the network so that traffic can flow directly, without bottlenecking at the wireless controller or burdening the wired network. And the WiNG 5 solution enforces QoS, security and mobility services for all traffic, even when it doesn't go through the controller, which is unique to our solution. Enabling QoS, security and mobility at the access points also provides a higher level of network survivability and more flexibility on how the network is architected and deployed. Customers will get more network capacity, more resilience, more flexibility and a better quality of experience. And because fewer wireless controllers are needed, the solution delivers all these benefits at less cost.
Most wired core networks do not have the capacity to support 802.11n. Consequently, they will likely require an expensive forklift upgrade.
First-generation wireless LANs were built on fat or autonomous access points (APs). This evolved to a second-generation, centralized switch/controller architecture (invented by Motorola), which significantly improved the wireless LAN with central management, security, quality of service (QoS), radio frequency (RF) management and AP-to-AP roaming. While this was a significant advance and an appropriate architecture for many operations, it is not the optimal architecture for operations moving to high-performance 802.11n wireless networks.
The centralized WLAN is actually a hub-and-spoke architecture that requires backhaul of virtually all wireless traffic to a controller (the hub). This hub-and-spoke architecture can create costly scalability and performance issues for 802.11n networks including: Increased burden on the wired network: Backhauling traffic across the wired network significantly increases the load and support costs. Throughput bottleneck: Wired network congestion and general health can limit wireless network performance. Reliability: Networks are susceptible to single points of failure as they are more or less dependent on a single path and control. Scalability: The dependent hub-and-spoke network can only scale to the processing limitations of the controller and available bandwidth of the network, which requires additional, larger, more expensive controllers supported by bigger and more expensive switches. Limited investment protection: The increased traffic on 802.11n will likely require costly upgrades to the supporting wired infrastructure. Peak traffic times: Latency- and bandwidth-sensitive voice and video application performance must be maintained during peak conditions, including when a high density of users are competing for quality network resources.
